experiments set values, added csv files radius error and graphic stuff

This commit is contained in:
toni
2018-07-04 18:18:39 +02:00
parent e4c2078cd3
commit eecb8cfb02
8 changed files with 2315 additions and 39 deletions

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@@ -13,10 +13,10 @@
\history{Received: date; Accepted: date; Published: date}
\usepackage{svg}
\usepackage{color, colortbl}
\usepackage{graphicx}
\usepackage{subcaption}
\interdisplaylinepenalty=2500
@@ -28,6 +28,7 @@
\usepackage{siunitx}
\usepackage{array}
\usepackage{multirow}
\usepackage{svg}
%\updates{yes} % If there is an update available, un-comment this line

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@@ -15,7 +15,7 @@ It was created using our 3D map editor software based on architectural drawings
Sensor measurements are recorded using a simple mobile application that implements the standard Android sensor functionalities.
As smartphones we used either a Samsung Note 2, Google Pixel One or Motorola Nexus 6.
The computation of the state estimation as well as the \docWifi{} optimization are done offline using an Intel Core i7-4702HQ CPU with a frequency of \SI{2.2}{GHz} running \SI{8}{cores} and \SI{16}{GB} main memory.
The computation of the state estimation as well as the \docWIFI{} optimization are done offline using an Intel Core i7-4702HQ CPU with a frequency of \SI{2.2}{GHz} running \SI{8}{cores} and \SI{16}{GB} main memory.
However, similar to our previous, award-winning system, the setup is able to run completely on commercial smartphones as well as it uses C++ code \cite{torres2017smartphone}.
%Sensor measurements are recorded using a simple mobile application that implements the standard Android SensorManager.
@@ -66,9 +66,9 @@ Other transmitters like smart TVs or smartphone hotspots are ignored as they mig
\end{figure}
%
The 4 chosen walking paths can be seen in fig. \ref{fig:floorplan}.
Walk 0 is \SI{152}{\meter} long and took about \SI{2.30}{\minutes} to walk.
Walk 2 has a length of \SI{223}{\meter} and Walk 3 a length of \SI{231}{\meter}, both required about \SI{6}{\minutes} to walk.
Finally, walk 3 is \SI{310}{\meter} long and needs \SI{10}{\minutes} to walk.
Walk 0 is \SI{152}{\meter} long and took about \SI{2.30}{\minute} to walk.
Walk 2 has a length of \SI{223}{\meter} and Walk 3 a length of \SI{231}{\meter}, both required about \SI{6}{\minute} to walk.
Finally, walk 3 is \SI{310}{\meter} long and needs \SI{10}{\minute} to walk.
All walks were carried out be 4 different male testers using either a Samsung Note 2, Google Pixel One or Motorola Nexus 6 for recording the measurements.
All in all, we recorded \SI{28}{} distinct measurement series, \SI{7}{} for each walk.
The picked walks intentionally contain erroneous situations, in which many of the above treated problems occur.
@@ -146,17 +146,10 @@ Without a method to recover from impoverishment, the system lost track in \SI{10
By using the simple method, the overall error can be reduced and the impoverishment resolved. Nevertheless, unpredictable jumps of the estimation are causing the system to be highly uncertain in some situations, even if those jumps do not last to long.
Only the use of the $D_\text{KL}$ method is able to produce reasonable results.
\begin{figure}[bt]
\centering
\includegraphics[width=0.9\textwidth]{gfx/wifiOptGlobalFloor/combined_dummy.png}
\caption{A small section of walk 3. Optimizing the system with a global Wi-Fi optimization scheme (blue) causes a big jump and thus high errors. This happens due to highly attenuated Wi-Fi signals and inappropriate Wi-Fi parameters. We compare this to a system optimized for each floor individually (red), resolving the situation a producing reasonable results.}
\label{fig:wifiopt}
\end{figure}
%
As described in chapter \ref{sec:wifi}, we use a Wi-Fi model optimized for each floor instead of a single global one.
A good example why we do this, can be seen in fig. \ref{fig:wifiopt}, considering a small section of walk 3.
Here, the system using the global Wi-Fi model makes a big jump into the right-hand corridor and requires \SI{5}{\second} to recover.
This happens through a combination of environmental occurrences, like the many different materials and thus attenuation factors, as well as the limitation of the here used Wi-Fi model, only considering ceilings and ignoring walls.
This happens through a combination of environmental occurrences, like the many different materials and thus attenuation factors, as well as the limitation of the here used Wi-Fi model, only considering ceilings and ignoring walls.
Following, \docAPshort{}'s on the same floor level, which are highly attenuated by \SI{2}{\meter} thick stone walls, are neglected and \docAPshort{}'s from the floor above, which are only separated by a thin wooden ceiling, have a greater influence within the state evaluation process.
Of course, we optimize the attenuation per floor, but at the end this is just an average value summing up the \docAPshort{}'s surrounding materials.
Therefore, the calculated signal strength predictions do not fit the measurements received from the above in a optimal way.
@@ -164,6 +157,14 @@ In contrast, the model optimized for each floor only considers the respective \d
A major disadvantage of the method is the reduced number of visible \docAPshort{}'s and thus measurements within an area.
This could lead to an underrepresentation of \docAPshort{}'s for triangulation.
\begin{figure}[t!]
\centering
\includegraphics[width=0.9\textwidth]{gfx/wifiOptGlobalFloor/combined_dummy.png}
\caption{A small section of walk 3. Optimizing the system with a global Wi-Fi optimization scheme (blue) causes a big jump and thus high errors. This happens due to highly attenuated Wi-Fi signals and inappropriate Wi-Fi parameters. We compare this to a system optimized for each floor individually (red), resolving the situation a producing reasonable results.}
\label{fig:wifiopt}
\end{figure}
%walk 1
Looking at the results of table \ref{table:overall} again, it can be seen that the $D_\text{KL}$ method is able to improve the results in three of the four walks.
Those walks have in common, that they suffer in some way from sample impoverishment or other problems causing the system to stuck.
@@ -182,8 +183,8 @@ As a result, the radius $r_\text{sub}$ increases and thus the diversity of parti
We are able to confirm the above by examining the different scenarios integrated into walk 1.
For this, we compared the error development with the corresponding radius $r_\text{sub}$ over time.
In situations where the errors given by the $D_\text{KL}$ method and the simple method differ the most, $r_\text{sub}$ also increases the most.
Here, the radius grows to a maximum of $r_\text{sub} = $ \SI{666}{\meter}.
In contrast, a real sample impoverishment scenario, as seen in walk 0 (cf. fig. \ref{fig:errorOverTimeWalk0}), provides a maximum radius of \SI{777}{\meter}.
Here, the radius grows to a maximum of $r_\text{sub} = $ \SI{8.4}{\meter}, using the same measurement series as in fig. \ref{fig:walk1:kdeovertime}.
In contrast, a real sample impoverishment scenario, as seen in walk 0 (cf. fig. \ref{fig:errorOverTimeWalk0}), has a maximum radius of \SI{19.6}{\meter}.
Nevertheless, such an slightly increased diversity is enough to influence the estimation error of the $D_\text{KL}$ in a negative way (cf. walk 1 in table \ref{table:overall}).
Ironically, this is again some type of sample impoverishment, caused by the aforementioned environmental restrictions not allowing particles inside walls or other out of reach areas.
@@ -191,21 +192,32 @@ Ironically, this is again some type of sample impoverishment, caused by the afor
\subsection{Estimation}
\label{sec:eval:est}
\todo{boxkde 0.2 point2(1,1);}
As mentioned before, the single estimation methods (cf. chapter \ref{sec:estimation}) only vary by a few centimetres in the overall localization error.
That means, they differ mainly in the representation of the estimated locations.
More easily spoken, in which way the estimated path is drawn and thus presented to the user.
Regarding the underlying particle set, different shapes of probability distributions need to be considered, especially those with multimodalities.
%
\begin{figure}
\begin{figure}[t]
\centering
\input{gfx/walk.tex}
\caption{Occurring bimodal distribution caused by uncertain measurements in the first \SI{13.4}{\second} of walk 1. After \SI{20.8}{\second}, the distribution gets unimodal. The weigted-average estimation (blue) provides a high error compared to the ground truth (solid black), while the KDE approach (orange) does not. }
\label{fig:realWorldMulti}
\begin{subfigure}{0.48\textwidth}
\resizebox{1\textwidth}{!}{\input{gfx/walk.tex}}
\caption{}
\label{fig:walk1:kde}
\end{subfigure}
\begin{subfigure}{0.50\textwidth}
\resizebox{1\textwidth}{!}{\input{gfx/errorOverTimeWalk1/errorOverTime.tex}}
\caption{}
\label{fig:walk1:kdeovertime}
\end{subfigure}
\caption{(a) Occurring bimodal distribution caused by uncertain measurements in the first \SI{13.4}{\second} of walk 1. After \SI{20.8}{\second}, the distribution gets unimodal. The weigted-average estimation (blue) provides a high error compared to the ground truth (solid black), while the KDE approach (orange) does not. (b) Error development over time for the complete walk. From \SI{230}{\second} to \SI{290}{\second} to pedestrian was not moving. }
\label{fig:walk1}
\end{figure}
%
The main advantage of a KDE-based estimation is that it provides the "correct" mode of a density, even under a multimodal setting (cf. section \ref{sec:estimation}).
That is why we again have a look at walk 1.
A situation in which the system highly benefits from this is illustrated in fig. \ref{fig:realWorldMulti}.
A situation in which the system highly benefits from this is illustrated in fig. \ref{fig:walk1:kde}.
Here, a set of particles splits apart, due to uncertain measurements and multiple possible walking directions.
Indicated by the black dotted line, the resulting bimodal posterior reaches its maximum distance between the modes at \SI{13.4}{\second}.
Thus, a weighted average estimation (blue line) results in a position of the pedestrian somewhere outside the building (light green area).
@@ -214,8 +226,8 @@ The KDE-based estimation (orange line) is able to provide reasonable results by
After \SI{20.8}{\second} the setting returns to be unimodal again.
Due to a right turn the lower red particles are walking against a wall and thus punished with a low weight.
Although, situations as displayed in fig. \ref{fig:realWorldMulti} frequently occur, the KDE-estimation is not able to improve the overall estimation results.
This can be seen in the corresponding error development over time plot given by fig. \ref{fig:realWorldTime}.
Although, situations as displayed in fig. \ref{fig:walk1:kde} frequently occur, the KDE-estimation is not able to improve the overall estimation results.
This can be seen in the corresponding error development over time plot given by fig. \ref{fig:walk1:kdeovertime}.
Here, the KDE-estimation performs slightly better then the weighted-average, however after deploying \SI{100}{} Monte Carlo runs, the difference becomes insignificant.
It is obvious, that the above mentioned "correct" mode, not always provides the lowest error.
In some situations the weighted-average estimation is often closer to the ground truth.
@@ -223,30 +235,22 @@ Within our experiments this happened especially when entering or leaving thick-w
While the systems dynamics are moving the particles outside, the faulty Wi-Fi readings are holding back a majority by assigning corresponding weights.
Only with new measurements coming from the hallway or other parts of the building, the distribution and thus the KDE-estimation are able to recover.
\begin{figure}
\centering
\input{gfx/errorOverTimeWalk1/errorOverTime.tex}
\caption{Error development over time of a single Monte Carlo run of the walk calculated between estimation and ground truth. Between \SI{230}{\second} and \SI{290}{\second} to pedestrian was not moving.}
\label{fig:realWorldTime}
\end{figure}
This leads to the conclusion, that a weighted average approach provides a more smooth representation of the estimated locations and thus a higher robustness.
\todo{bild vom gesamten walk 2 und den unterschied zwischen weighted average estimation und kde estimation zeigen. wie sich das auf dne estimated path auswirkt. also der eine pfad springt viel und der andere ist halt smoother}
\todo{bild vom gesamten walk 2 und den unterschied zwischen weighted average estimation und kde estimation zeigen. wie sich das auf dne estimated path auswirkt. also der eine pfad springt viel und der andere ist halt smoother
vielleicht noch fig. 8 raus dafür. }
In contrast, a KDE-based approach for estimation is able to resolve multimodalities.
It does not always provide the lowest error, since it depends more on an accurate sensor model then a weighted average approach, but is very suitable as a good indicator about the real performance of a sensor fusion system.
At the end, in the here shown examples we only searched for a global maxima, even though this approach opens a wide range of other possibilities for finding a best estimate.
\todo{boxkde 0.2 point2(1,1);}
\todo{
BILD: Von einem Pfad der steckenbleibt und den beiden anderen verfahren mit fehler über die zeit.
BILD: WIFI-Fehler unten bei den Kellern.
BILD: Estimation Fehler
}
\begin{figure}[t]
\centering
\input{gfx/errorOverTimeWalk1/errorOverTime.tex}
\caption{Error development over time of a single Monte Carlo run of the walk calculated between estimation and ground truth. Between \SI{230}{\second} and \SI{290}{\second} to pedestrian was not moving.}
\label{}
\end{figure}

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@@ -0,0 +1,392 @@
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163927 4.75844
164644 5.24963
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168195 8.87551
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170811 4.61956
171416 4.42266
171970 4.29564
172509 5.12592
173151 5.4268
173695 8.77519
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263836 2.09646
267998 3.01868
268617 2.56169
269249 2.39397
269968 2.54349
270708 2.86344
271368 4.07416
271985 4.73173
272624 5.22137
273253 5.42053
273850 5.41696
274370 5.1637
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275565 4.31561
276106 3.91012
276745 1.20575
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281202 2.29593
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283198 1.32918
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294754 1.3181
295452 1.27779
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296793 3.00384
297474 4.32481
298114 4.39477
298900 5.49072
299610 5.46499
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301567 1.68264
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306649 3.636
307231 3.20019
307884 2.4113
308511 3.38305
309264 3.17932
309863 2.03515
310465 1.8516
311227 1.7846
312017 2.02965
==========================================================
Average of all statistical data:
Median: 3.11057
Average: 3.39862
Standard Deviation: 1.85136
75 Quantil: 4.50973
1 3186 2.15083
2 3770 1.21742
3 4546 1.47054
4 5256 1.71075
5 5808 2.591
6 6455 3.88454
7 6885 2.24605
8 7426 2.30156
9 7847 2.0852
10 8465 3.84898
11 9164 2.98921
12 9981 3.5366
13 10630 4.10365
14 11267 4.99756
15 11799 5.84838
16 12280 6.19936
17 12763 6.50442
18 13321 6.96317
19 13762 7.24985
20 14227 7.60722
21 14801 7.99275
22 15485 8.13255
23 16207 7.08064
24 16779 5.92485
25 17256 5.81206
26 18038 4.58742
27 18718 3.41794
28 19543 2.03799
29 20105 2.0748
30 21632 3.02901
31 22459 3.38219
32 22860 1.90745
33 23351 1.29709
34 24001 1.36845
35 24595 1.28835
36 25196 1.3635
37 25795 1.61066
38 26369 1.27756
39 26939 1.29791
40 27594 1.09581
41 28131 0.904428
42 28829 1.16587
43 29353 1.16578
44 30032 1.18986
45 30607 1.04974
46 31467 0.694273
47 33429 0.655747
48 39246 0.683119
49 41001 1.44465
50 42181 1.6056
51 45666 0.900055
52 47220 1.82059
53 47846 2.8277
54 48707 3.63647
55 49114 4.62094
56 49813 4.79346
57 50530 4.94515
58 51121 5.18249
59 51762 4.39385
60 52292 4.91388
61 52916 5.18586
62 53559 4.61144
63 54373 3.90235
64 55035 3.55974
65 55673 3.74122
66 56396 4.22141
67 57197 6.88859
68 57936 6.75504
69 58433 6.78235
70 59176 7.13282
71 59952 6.9967
72 60851 4.05356
73 61469 4.50973
74 64492 3.61535
75 66534 2.92166
76 67210 2.19284
77 67771 3.12549
78 68460 3.21983
79 69172 4.33233
80 69888 2.94631
81 70508 2.2234
82 71198 2.35319
83 72003 1.75293
84 72601 1.95005
85 73134 1.65783
86 73895 1.75944
87 74602 1.57017
88 75257 2.44627
89 76056 1.62047
90 76753 1.99531
91 77334 1.72614
92 78034 1.74691
93 78654 2.93972
94 79299 3.20482
95 79975 3.14424
96 81076 3.75112
97 81654 3.7813
98 82490 3.80428
99 84656 2.69451
100 86347 2.59716
101 88250 2.3463
102 89052 1.85133
103 89791 1.38364
104 90453 0.783208
105 91089 1.10465
106 91787 2.03298
107 92901 1.32241
108 98165 3.07935
109 101418 3.84001
110 102047 3.446
111 102828 3.85122
112 103496 4.38836
113 104244 5.06213
114 104915 6.13096
115 105576 4.53354
116 106211 4.08721
117 106835 3.67252
118 107342 3.99146
119 107995 4.43589
120 108715 3.42598
121 109255 3.11057
122 109930 3.65448
123 110512 3.89943
124 111291 2.97453
125 111796 2.67317
126 112434 2.18755
127 113217 5.31864
128 124640 1.67091
129 126777 1.50305
130 133484 3.55585
131 134815 4.99877
132 135224 5.40836
133 135724 6.24915
134 136395 6.41157
135 136982 6.50426
136 137633 5.90694
137 138257 6.10334
138 138901 3.70469
139 139569 1.31378
140 140075 2.08445
141 140700 1.87698
142 141232 1.27499
143 141900 1.8953
144 142419 1.96679
145 143076 2.54105
146 143786 3.52956
147 144434 3.96877
148 145078 5.14683
149 145806 6.34833
150 146356 7.00721
151 147000 6.91937
152 147625 7.89856
153 148213 7.60568
154 148848 5.83734
155 149584 5.49206
156 150092 4.45343
157 150796 3.8866
158 151284 3.453
159 151929 3.24918
160 152621 3.32139
161 153241 4.18304
162 153910 4.46946
163 154589 4.87306
164 155259 5.3219
165 156019 4.6242
166 156669 2.94991
167 157624 4.4734
168 158139 4.59122
169 158640 4.48756
170 159281 5.16156
171 159843 2.32503
172 160485 2.52344
173 161077 2.7018
174 161679 3.50159
175 162205 3.87825
176 162840 3.93691
177 163380 4.33706
178 163927 4.75844
179 164644 5.24963
180 165214 5.84083
181 165838 6.57225
182 166416 7.37745
183 166973 7.90611
184 167561 8.20414
185 168195 8.87551
186 168935 7.03014
187 169455 5.25347
188 170089 4.85727
189 170811 4.61956
190 171416 4.42266
191 171970 4.29564
192 172509 5.12592
193 173151 5.4268
194 173695 8.77519
195 174330 9.42076
196 174996 9.34712
197 175752 8.4968
198 176406 4.71268
199 177147 2.06131
200 177745 1.72003
201 178430 1.92941
202 179046 2.19938
203 179783 2.31215
204 180404 2.5775
205 180932 2.46156
206 181626 2.29071
207 182202 2.57881
208 182845 2.5353
209 183385 1.91376
210 184021 1.53809
211 184525 1.28858
212 185172 0.976123
213 185691 0.655172
214 186203 0.682656
215 186864 0.765914
216 187466 1.29749
217 188221 5.4341
218 188943 6.75069
219 189513 3.38999
220 190218 1.58964
221 190745 1.13933
222 191462 1.20467
223 191968 1.46862
224 192557 3.31729
225 193163 4.02164
226 193826 4.80761
227 194397 5.12324
228 195125 6.49168
229 195755 6.64895
230 196544 6.02778
231 197138 5.45922
232 197716 4.68303
233 198335 4.61405
234 198937 3.88667
235 199576 1.85048
236 200222 1.69538
237 200936 2.7862
238 201557 2.58079
239 202293 3.68706
240 203155 2.87893
241 203831 3.04421
242 204488 3.29131
243 204939 3.50539
244 205376 3.75475
245 205996 4.05506
246 206396 3.80762
247 206799 2.78252
248 207526 2.97462
249 207928 3.31978
250 208493 3.07651
251 209176 3.14444
252 209888 3.44741
253 210587 3.92581
254 211269 4.6387
255 212134 5.13274
256 212911 5.70268
257 213729 3.68651
258 220694 5.2636
259 221320 5.53558
260 223839 6.25017
261 224401 6.64295
262 224961 6.59861
263 225538 6.22573
264 226237 5.04528
265 226995 4.27538
266 227578 4.18006
267 228206 4.05759
268 228841 4.14293
269 229518 3.52529
270 230222 3.3962
271 230860 2.82687
272 231503 2.76408
273 232037 2.21801
274 232639 2.12391
275 233181 2.04432
276 233830 2.4316
277 234353 2.33801
278 234998 2.3908
279 235630 2.42805
280 236170 2.59517
281 236748 2.56752
282 237336 2.71277
283 237954 2.91856
284 238511 2.75997
285 239134 3.02829
286 239735 3.48119
287 240393 4.01313
288 241067 3.36777
289 241706 3.19287
290 242326 3.16284
291 242952 3.13883
292 243604 2.39994
293 244305 2.35025
294 244863 2.38627
295 245553 2.3157
296 246465 3.24689
297 246867 3.08701
298 247404 1.10413
299 248028 1.15508
300 248585 1.20258
301 249211 1.57569
302 249765 1.9943
303 250500 2.56418
304 251064 2.20548
305 251758 1.7537
306 252287 1.67769
307 252925 1.75126
308 253623 1.1779
309 254325 1.67521
310 254858 2.13579
311 260516 0.434785
312 261083 0.163806
313 261770 1.23621
314 262442 2.48859
315 263321 2.24183
316 263836 2.09646
317 267998 3.01868
318 268617 2.56169
319 269249 2.39397
320 269968 2.54349
321 270708 2.86344
322 271368 4.07416
323 271985 4.73173
324 272624 5.22137
325 273253 5.42053
326 273850 5.41696
327 274370 5.1637
328 274946 4.52026
329 275565 4.31561
330 276106 3.91012
331 276745 1.20575
332 277330 1.56181
333 277933 1.57495
334 278644 0.905891
335 279222 1.39965
336 279883 2.02427
337 280522 2.27501
338 281202 2.29593
339 281905 2.29819
340 282523 1.81352
341 283198 1.32918
342 283819 1.76393
343 284588 1.90705
344 285137 1.75636
345 285779 1.17207
346 286419 1.8701
347 287099 1.83662
348 287695 1.68563
349 288356 1.81594
350 288895 1.8198
351 289598 1.54915
352 290216 1.5767
353 290944 0.715638
354 291513 0.415965
355 292225 0.727297
356 292816 1.60093
357 293574 1.24655
358 294118 1.16669
359 294754 1.3181
360 295452 1.27779
361 296096 1.98047
362 296793 3.00384
363 297474 4.32481
364 298114 4.39477
365 298900 5.49072
366 299610 5.46499
367 300295 2.87995
368 300910 1.33352
369 301567 1.68264
370 302230 2.26513
371 302969 3.10449
372 303527 3.54884
373 303948 3.81918
374 304590 4.05152
375 304991 4.18864
376 305585 4.16411
377 306234 3.84436
378 306649 3.636
379 307231 3.20019
380 307884 2.4113
381 308511 3.38305
382 309264 3.17932
383 309863 2.03515
384 310465 1.8516
385 311227 1.7846
386 312017 2.02965
387 ==========================================================
388 Average of all statistical data:
389 Median: 3.11057
390 Average: 3.39862
391 Standard Deviation: 1.85136
392 75 Quantil: 4.50973

View File

@@ -0,0 +1,386 @@
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43.5511 45.5068 5.9
43.0368 45.23 5.9
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40.7221 45.5068 5.9
40.4649 44.9532 5.9
39.4362 44.9532 5.9
39.179 44.1228 5.9
38.9218 43.5692 5.9
38.9218 43.2924 5.9
38.9218 42.7388 5.9
38.4075 42.7388 5.9
38.4075 42.1852 5.9
38.6646 40.2475 5.9
39.179 39.4171 5.9
39.6934 39.1403 5.9
39.4362 39.1403 5.9
40.4649 39.4171 5.9
39.179 39.6939 5.9
38.6646 39.6939 5.9
38.4075 40.5243 5.9
38.1503 41.0779 5.9
38.1503 41.9084 5.9
37.3787 41.0779 5.8
37.1216 41.6316 5.6
37.1216 42.1852 5.2
37.1216 42.1852 5
37.1216 42.1852 4.9
37.1216 42.462 4.7
37.1216 42.7388 4.7
37.1216 42.7388 4.6
37.1216 42.7388 4.5
37.1216 42.7388 4.7
37.3787 43.0156 4.8
37.1216 42.1852 4.8
36.35 44.9532 5
38.1503 46.6141 5.3
38.1503 46.6141 5.4
38.1503 46.8909 5.5
38.1503 47.1677 5.5
38.1503 47.4445 5.4
38.1503 47.7213 5
37.1216 46.8909 4.8
36.35 46.6141 4.5
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36.0928 45.5068 4
35.8356 44.9532 4
35.3213 43.5692 4.2
34.8069 42.7388 4.1
33.521 43.0156 4
32.7494 42.7388 3.9
31.9779 42.7388 3.9
31.4635 43.0156 3.9
30.692 43.0156 3.9
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13.2035 43.2924 3.9
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14.2323 43.2924 3.9
14.4894 43.846 3.9
14.7466 43.846 3.9
14.2323 43.846 3.9
13.4607 43.5692 3.9
11.9176 43.0156 3.9
13.7179 42.1852 3.9
13.2035 41.0779 3.9
13.2035 40.2475 3.9
13.4607 39.1403 3.9
11.6604 33.881 3.9
11.6604 33.0506 3.9
11.4032 32.497 3.9
10.8889 32.497 3.9
10.1173 31.9433 3.9
9.86014 31.6665 3.9
9.08859 31.6665 3.9
8.31704 31.9433 3.9
7.54549 31.9433 3.9
7.28831 31.6665 3.9
7.54549 32.2202 3.9
7.03113 33.0506 3.9
6.51676 32.7738 3.9
6.77394 32.497 3.9
7.03113 31.6665 3.9
9.60296 31.3897 3.9
10.1173 31.3897 3.9
10.6317 31.1129 3.9
10.8889 31.3897 3.9
10.8889 31.3897 3.9
11.9176 30.8361 3.9
12.432 30.8361 3.9
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10.8889 34.7114 3.9
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9.34577 36.9259 3.9
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7.80268 37.2027 3.9
8.31704 37.4795 3.7
8.31704 37.7563 3.5
8.31704 38.0331 3.3
7.80268 38.3099 3
3.17338 36.6491 2.8
7.28831 38.3099 2.7
6.77394 38.3099 2.6
3.43056 36.3722 2.5
4.20211 36.6491 2.5
3.94493 36.6491 2.5
3.68775 36.3722 2.5
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2 60.0108 19.4871 2.2
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5 61.2968 19.7639 2
6 62.0683 19.7639 2.2
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10 60.268 20.0407 2.6
11 56.9247 19.4871 2.8
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13 57.439 18.3798 3.2
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15 57.439 18.103 3.7
16 57.1818 18.103 3.9
17 57.439 17.8262 4
18 57.439 17.5494 4.1
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20 57.439 17.2726 4.3
21 56.6675 17.5494 4.4
22 57.439 17.5494 4.5
23 57.1818 17.8262 4.7
24 58.9821 15.6118 4.9
25 59.2393 15.6118 5.2
26 59.4965 15.6118 5.4
27 59.4965 15.6118 5.5
28 59.4965 15.6118 5.5
29 59.4965 15.6118 5.6
30 59.4965 15.6118 5.7
31 59.4965 15.8886 5.8
32 61.0396 16.719 5.9
33 61.5539 17.8262 5.9
34 61.8111 18.103 5.9
35 62.3255 18.3798 5.9
36 62.8399 18.6567 5.9
37 63.097 18.9335 5.9
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42 63.3542 22.5319 5.9
43 62.8399 22.8087 5.9
44 63.097 23.916 5.9
45 62.8399 24.7464 5.9
46 62.3255 25.5768 5.9
47 61.8111 26.684 5.9
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56 63.3542 24.4696 5.9
57 63.3542 24.4696 5.9
58 62.8399 24.4696 5.9
59 63.3542 25.3 5.9
60 62.8399 25.0232 5.9
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63 63.3542 26.1304 5.9
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66 64.1258 25.8536 5.9
67 62.0683 24.7464 5.9
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69 61.5539 25.3 5.9
70 61.0396 25.3 5.9
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73 64.383 27.7913 5.9
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75 69.0123 27.7913 5.9
76 68.7551 26.9608 5.9
77 70.041 27.7913 5.9
78 70.2982 27.7913 5.9
79 70.2982 28.8985 5.9
80 69.7838 27.5144 5.9
81 68.2407 26.1304 5.9
82 68.2407 26.1304 5.9
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84 68.2407 24.1928 5.9
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87 68.2407 22.8087 5.9
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101 67.7263 14.2278 5.9
102 66.9548 14.5046 5.9
103 66.9548 14.7814 5.9
104 67.212 15.335 5.9
105 67.7263 15.6118 5.9
106 68.4979 15.8886 5.9
107 64.8973 15.6118 5.9
108 64.8973 16.719 5.9
109 64.8973 16.719 5.9
110 65.4117 16.4422 5.9
111 65.4117 16.719 5.9
112 65.4117 16.9958 5.9
113 64.8973 16.719 5.9
114 64.8973 17.2726 5.9
115 67.9835 15.6118 5.9
116 67.9835 14.5046 5.9
117 68.2407 13.3973 5.9
118 66.4404 13.1205 5.9
119 66.1832 12.8437 5.9
120 68.2407 11.1829 5.9
121 67.9835 10.3525 5.9
122 68.4979 10.0757 5.9
123 69.0123 9.52205 5.9
124 67.7263 8.13802 5.9
125 67.7263 7.3076 5.9
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128 65.9261 7.58441 5.9
129 67.212 6.20038 5.9
130 67.9835 6.47719 5.9
131 66.4404 5.64677 5.9
132 66.4404 5.36996 5.9
133 65.9261 4.81635 5.9
134 66.1832 4.81635 5.9
135 68.7551 4.81635 5.9
136 68.7551 5.64677 5.9
137 69.7838 5.92357 5.9
138 69.0123 8.41483 5.9
139 68.2407 10.9061 5.9
140 68.4979 10.3525 5.9
141 68.7551 10.9061 5.9
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144 67.7263 11.1829 5.9
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146 68.4979 10.6293 5.9
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148 65.9261 11.1829 5.9
149 65.4117 11.1829 5.9
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153 66.9548 12.8437 5.9
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155 67.7263 15.8886 5.9
156 67.212 17.2726 5.9
157 67.212 18.3798 5.9
158 66.6976 19.2103 5.9
159 66.1832 19.7639 5.9
160 65.6689 20.0407 5.9
161 65.1545 19.4871 5.9
162 65.1545 19.4871 5.9
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183 63.3542 29.1753 5.9
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185 63.097 29.4521 5.9
186 62.3255 31.3897 5.9
187 62.5827 33.6042 5.9
188 62.0683 34.1578 5.9
189 61.2968 34.4346 5.9
190 61.2968 35.265 5.9
191 61.2968 36.3722 5.9
192 61.8111 36.9259 5.9
193 61.5539 37.4795 5.9
194 64.1258 36.0954 5.9
195 64.1258 36.0954 5.9
196 63.3542 36.0954 5.9
197 61.8111 36.6491 5.9
198 57.6962 38.5867 5.9
199 54.61 38.8635 5.9
200 53.0669 38.3099 5.9
201 52.2954 38.5867 5.9
202 51.781 38.8635 5.9
203 51.781 39.6939 5.9
204 51.5238 40.2475 5.9
205 51.5238 41.0779 5.9
206 51.2666 42.1852 5.9
207 50.7523 42.7388 5.9
208 50.4951 43.5692 5.9
209 50.4951 44.1228 5.9
210 49.2092 44.6764 5.9
211 48.6948 44.9532 5.9
212 48.1804 45.23 5.9
213 47.9232 45.5068 5.9
214 47.4089 45.5068 5.9
215 46.8945 45.5068 5.9
216 47.1517 45.7837 5.9
217 50.4951 45.7837 5.9
218 51.0094 46.0605 5.9
219 46.8945 45.5068 5.9
220 44.5799 46.0605 5.9
221 44.0655 45.7837 5.9
222 43.5511 45.5068 5.9
223 43.0368 45.23 5.9
224 41.7508 46.0605 5.9
225 41.2365 45.7837 5.9
226 40.7221 45.5068 5.9
227 40.4649 44.9532 5.9
228 39.4362 44.9532 5.9
229 39.179 44.1228 5.9
230 38.9218 43.5692 5.9
231 38.9218 43.2924 5.9
232 38.9218 42.7388 5.9
233 38.4075 42.7388 5.9
234 38.4075 42.1852 5.9
235 38.6646 40.2475 5.9
236 39.179 39.4171 5.9
237 39.6934 39.1403 5.9
238 39.4362 39.1403 5.9
239 40.4649 39.4171 5.9
240 39.179 39.6939 5.9
241 38.6646 39.6939 5.9
242 38.4075 40.5243 5.9
243 38.1503 41.0779 5.9
244 38.1503 41.9084 5.9
245 37.3787 41.0779 5.8
246 37.1216 41.6316 5.6
247 37.1216 42.1852 5.2
248 37.1216 42.1852 5
249 37.1216 42.1852 4.9
250 37.1216 42.462 4.7
251 37.1216 42.7388 4.7
252 37.1216 42.7388 4.6
253 37.1216 42.7388 4.5
254 37.1216 42.7388 4.7
255 37.3787 43.0156 4.8
256 37.1216 42.1852 4.8
257 36.35 44.9532 5
258 38.1503 46.6141 5.3
259 38.1503 46.6141 5.4
260 38.1503 46.8909 5.5
261 38.1503 47.1677 5.5
262 38.1503 47.4445 5.4
263 38.1503 47.7213 5
264 37.1216 46.8909 4.8
265 36.35 46.6141 4.5
266 36.35 46.6141 4.3
267 36.6072 46.3373 4
268 36.35 46.3373 4
269 36.0928 45.5068 4
270 35.8356 44.9532 4
271 35.3213 43.5692 4.2
272 34.8069 42.7388 4.1
273 33.521 43.0156 4
274 32.7494 42.7388 3.9
275 31.9779 42.7388 3.9
276 31.4635 43.0156 3.9
277 30.692 43.0156 3.9
278 29.9204 43.0156 3.9
279 29.1489 43.0156 3.9
280 28.6345 43.0156 3.9
281 27.863 43.0156 3.9
282 27.3486 42.7388 3.9
283 26.577 43.2924 3.9
284 25.8055 43.0156 3.9
285 25.2911 43.0156 3.9
286 24.7768 43.5692 3.9
287 24.2624 44.3996 3.9
288 23.4908 44.6764 3.9
289 23.2337 44.9532 3.9
290 22.9765 45.5068 3.9
291 22.7193 46.0605 3.9
292 21.6906 45.7837 3.9
293 20.919 46.0605 3.9
294 20.4046 46.0605 3.9
295 19.6331 46.0605 3.9
296 19.6331 46.3373 3.9
297 18.6044 44.9532 3.9
298 16.2897 46.0605 3.9
299 15.5182 46.0605 3.9
300 14.7466 46.0605 3.9
301 14.4894 46.0605 3.9
302 13.9751 45.7837 3.9
303 13.4607 45.5068 3.9
304 12.9463 45.23 3.9
305 12.6892 44.9532 3.9
306 12.432 44.3996 3.9
307 12.1748 43.5692 3.9
308 11.6604 43.2924 3.9
309 12.1748 42.7388 3.9
310 12.432 42.1852 3.9
311 11.4032 42.7388 3.9
312 11.6604 43.0156 3.9
313 10.8889 43.5692 3.9
314 10.1173 44.3996 3.9
315 10.6317 44.1228 3.9
316 11.1461 44.1228 3.9
317 11.4032 43.5692 3.9
318 12.1748 43.2924 3.9
319 13.2035 43.2924 3.9
320 13.7179 43.2924 3.9
321 14.2323 43.2924 3.9
322 14.4894 43.846 3.9
323 14.7466 43.846 3.9
324 14.2323 43.846 3.9
325 13.4607 43.5692 3.9
326 11.9176 43.0156 3.9
327 13.7179 42.1852 3.9
328 13.2035 41.0779 3.9
329 13.2035 40.2475 3.9
330 13.4607 39.1403 3.9
331 11.6604 33.881 3.9
332 11.6604 33.0506 3.9
333 11.4032 32.497 3.9
334 10.8889 32.497 3.9
335 10.1173 31.9433 3.9
336 9.86014 31.6665 3.9
337 9.08859 31.6665 3.9
338 8.31704 31.9433 3.9
339 7.54549 31.9433 3.9
340 7.28831 31.6665 3.9
341 7.54549 32.2202 3.9
342 7.03113 33.0506 3.9
343 6.51676 32.7738 3.9
344 6.77394 32.497 3.9
345 7.03113 31.6665 3.9
346 9.60296 31.3897 3.9
347 10.1173 31.3897 3.9
348 10.6317 31.1129 3.9
349 10.8889 31.3897 3.9
350 10.8889 31.3897 3.9
351 11.9176 30.8361 3.9
352 12.432 30.8361 3.9
353 12.6892 30.8361 3.9
354 12.9463 30.8361 3.9
355 12.9463 31.1129 3.9
356 12.9463 30.8361 3.9
357 12.1748 31.3897 3.9
358 11.4032 31.6665 3.9
359 10.8889 31.6665 3.9
360 10.6317 31.9433 3.9
361 11.1461 31.9433 3.9
362 11.4032 31.6665 3.9
363 11.9176 31.1129 3.9
364 10.8889 31.6665 3.9
365 11.4032 31.3897 3.9
366 11.9176 31.9433 3.9
367 10.8889 34.7114 3.9
368 10.3745 36.9259 3.9
369 9.86014 37.2027 3.9
370 9.86014 37.2027 3.9
371 10.1173 37.2027 3.9
372 9.86014 37.2027 3.9
373 9.34577 36.9259 3.9
374 7.03113 36.6491 3.9
375 7.80268 37.2027 3.9
376 8.31704 37.4795 3.7
377 8.31704 37.7563 3.5
378 8.31704 38.0331 3.3
379 7.80268 38.3099 3
380 3.17338 36.6491 2.8
381 7.28831 38.3099 2.7
382 6.77394 38.3099 2.6
383 3.43056 36.3722 2.5
384 4.20211 36.6491 2.5
385 3.94493 36.6491 2.5
386 3.68775 36.3722 2.5

View File

@@ -0,0 +1,392 @@
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3770 1.43219
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144434 4.46618
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145806 6.78385
146356 7.52602
147000 8.16321
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150796 4.80182
151284 4.23075
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152621 4.20791
153241 4.25038
153910 4.5694
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155259 5.57486
156019 5.01675
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159843 2.8347
160485 2.99018
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161679 3.43317
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162840 3.86467
163380 4.11395
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164644 5.40716
165214 6.1557
165838 6.92117
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168195 9.0707
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198335 3.66636
198937 3.23697
199576 2.73765
200222 2.86121
200936 3.4923
201557 3.43895
202293 3.51667
203155 3.47047
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210587 3.79433
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212134 5.62737
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227578 4.47942
228206 4.27658
228841 4.24558
229518 3.9603
230222 3.3301
230860 3.18082
231503 3.00881
232037 2.94172
232639 2.72193
233181 2.40784
233830 2.52021
234353 2.63409
234998 2.90572
235630 3.12099
236170 3.0703
236748 3.24624
237336 3.73221
237954 4.0751
238511 4.87229
239134 5.0686
239735 6.46924
240393 7.53352
241067 7.95995
241706 5.41677
242326 4.14772
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245553 3.18795
246465 1.96881
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247404 0.883094
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248585 1.17532
249211 1.47432
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250500 2.27662
251064 1.89775
251758 1.60952
252287 1.55914
252925 1.43391
253623 1.28773
254325 1.51692
254858 1.77315
260516 0.558187
261083 0.424324
261770 0.516141
262442 0.845169
263321 1.33613
263836 1.41006
267998 2.68056
268617 2.85422
269249 2.96486
269968 3.26001
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271368 4.27093
271985 4.83828
272624 5.4834
273253 5.94375
273850 5.58841
274370 5.60532
274946 4.68481
275565 3.39294
276106 1.42433
276745 0.14019
277330 0.983548
277933 1.19207
278644 1.00408
279222 1.33033
279883 1.81254
280522 2.18602
281202 2.64059
281905 2.58035
282523 1.81293
283198 1.31811
283819 1.88899
284588 2.29474
285137 1.93007
285779 1.40169
286419 1.44213
287099 1.44509
287695 1.50468
288356 1.65228
288895 1.84565
289598 2.0245
290216 2.13871
290944 1.4197
291513 1.38283
292225 1.83001
292816 2.22607
293574 1.91082
294118 1.83166
294754 1.80061
295452 1.73899
296096 2.35945
296793 3.01205
297474 3.84761
298114 4.58921
298900 5.50551
299610 5.35153
300295 3.52525
300910 1.85408
301567 1.90419
302230 2.47422
302969 3.30325
303527 3.75115
303948 4.02524
304590 4.49468
304991 4.77827
305585 4.21427
306234 3.58257
306649 3.13471
307231 2.74803
307884 2.27312
308511 2.38563
309264 1.8537
309863 1.84199
310465 1.90015
311227 1.96474
312017 2.02791
==========================================================
Average of all statistical data:
Median: 3.18082
Average: 3.37233
Standard Deviation: 1.81028
75 Quantil: 4.44926
1 3186 1.57708
2 3770 1.43219
3 4546 1.74629
4 5256 1.8586
5 5808 2.58236
6 6455 2.43018
7 6885 2.76868
8 7426 2.98421
9 7847 3.04315
10 8465 3.23412
11 9164 3.61928
12 9981 4.0409
13 10630 4.45665
14 11267 5.28238
15 11799 6.03766
16 12280 6.37766
17 12763 6.69258
18 13321 7.06314
19 13762 7.33069
20 14227 7.60702
21 14801 7.84003
22 15485 7.91441
23 16207 6.65426
24 16779 5.77051
25 17256 5.54489
26 18038 4.35748
27 18718 3.3685
28 19543 2.22111
29 20105 1.94961
30 21632 2.49821
31 22459 2.19055
32 22860 1.64452
33 23351 1.36595
34 24001 1.25007
35 24595 1.14355
36 25196 1.36199
37 25795 1.53128
38 26369 1.64583
39 26939 1.60025
40 27594 1.42553
41 28131 1.37605
42 28829 1.4209
43 29353 1.27815
44 30032 0.654148
45 30607 0.948147
46 31467 1.31069
47 33429 1.15582
48 39246 0.397705
49 41001 0.1061
50 42181 0.103886
51 45666 0.927077
52 47220 1.42893
53 47846 1.88701
54 48707 2.37431
55 49114 2.82411
56 49813 3.19976
57 50530 3.43221
58 51121 3.54761
59 51762 3.24077
60 52292 3.23391
61 52916 3.3068
62 53559 2.87601
63 54373 2.36347
64 55035 2.24981
65 55673 2.24999
66 56396 2.44059
67 57197 2.68092
68 57936 3.05391
69 58433 3.14855
70 59176 3.32709
71 59952 3.48146
72 60851 3.76671
73 61469 3.85207
74 64492 4.06572
75 66534 3.52143
76 67210 3.15275
77 67771 3.05958
78 68460 3.13135
79 69172 3.48929
80 69888 2.89721
81 70508 2.85102
82 71198 2.72256
83 72003 1.97729
84 72601 2.26197
85 73134 1.81293
86 73895 1.53865
87 74602 1.62257
88 75257 1.70318
89 76056 1.58064
90 76753 1.73009
91 77334 1.67297
92 78034 2.11789
93 78654 2.77066
94 79299 3.19516
95 79975 3.56734
96 81076 3.78516
97 81654 3.59707
98 82490 3.58052
99 84656 2.74084
100 86347 2.20698
101 88250 1.76624
102 89052 1.42871
103 89791 1.05858
104 90453 0.719188
105 91089 0.616982
106 91787 0.9116
107 92901 1.33538
108 98165 2.14117
109 101418 2.89502
110 102047 3.32638
111 102828 3.57072
112 103496 3.9511
113 104244 4.45711
114 104915 5.24983
115 105576 5.06608
116 106211 4.51668
117 106835 4.45379
118 107342 3.67706
119 107995 3.44907
120 108715 3.44179
121 109255 3.6249
122 109930 4.06786
123 110512 3.77808
124 111291 3.81207
125 111796 3.30325
126 112434 3.22271
127 113217 3.63445
128 124640 0.719616
129 126777 0.872469
130 133484 3.59208
131 134815 4.76996
132 135224 5.16756
133 135724 5.90591
134 136395 6.59953
135 136982 6.06443
136 137633 5.51436
137 138257 4.1518
138 138901 3.05982
139 139569 1.8764
140 140075 1.65346
141 140700 1.64945
142 141232 1.65112
143 141900 1.91037
144 142419 2.22762
145 143076 2.55301
146 143786 3.24549
147 144434 4.46618
148 145078 5.56588
149 145806 6.78385
150 146356 7.52602
151 147000 8.16321
152 147625 8.47157
153 148213 8.02486
154 148848 6.28328
155 149584 5.68576
156 150092 5.39
157 150796 4.80182
158 151284 4.23075
159 151929 4.11894
160 152621 4.20791
161 153241 4.25038
162 153910 4.5694
163 154589 5.1153
164 155259 5.57486
165 156019 5.01675
166 156669 3.2529
167 157624 2.86433
168 158139 2.48661
169 158640 2.81211
170 159281 3.09582
171 159843 2.8347
172 160485 2.99018
173 161077 3.11133
174 161679 3.43317
175 162205 3.73716
176 162840 3.86467
177 163380 4.11395
178 163927 4.61316
179 164644 5.40716
180 165214 6.1557
181 165838 6.92117
182 166416 7.57168
183 166973 7.95296
184 167561 8.38052
185 168195 9.0707
186 168935 7.26524
187 169455 5.18569
188 170089 4.80735
189 170811 4.76684
190 171416 4.95901
191 171970 5.46024
192 172509 6.20624
193 173151 7.12803
194 173695 7.82849
195 174330 8.05557
196 174996 8.63583
197 175752 7.40686
198 176406 5.04964
199 177147 2.40084
200 177745 2.36927
201 178430 2.39017
202 179046 2.54348
203 179783 2.80928
204 180404 3.29495
205 180932 3.82029
206 181626 3.56846
207 182202 3.45644
208 182845 2.55697
209 183385 1.57063
210 184021 1.11445
211 184525 0.838232
212 185172 1.00765
213 185691 1.33977
214 186203 1.76375
215 186864 2.51935
216 187466 3.30773
217 188221 4.26613
218 188943 5.01143
219 189513 4.98645
220 190218 3.40893
221 190745 1.96939
222 191462 1.22438
223 191968 2.07067
224 192557 3.43719
225 193163 4.25001
226 193826 4.76829
227 194397 5.33551
228 195125 6.23595
229 195755 6.19693
230 196544 5.16894
231 197138 4.72173
232 197716 3.97851
233 198335 3.66636
234 198937 3.23697
235 199576 2.73765
236 200222 2.86121
237 200936 3.4923
238 201557 3.43895
239 202293 3.51667
240 203155 3.47047
241 203831 3.63806
242 204488 3.6494
243 204939 3.8633
244 205376 4.0596
245 205996 4.38598
246 206396 4.30333
247 206799 3.11779
248 207526 2.87562
249 207928 2.92446
250 208493 2.58157
251 209176 2.90773
252 209888 3.26039
253 210587 3.79433
254 211269 4.50322
255 212134 5.62737
256 212911 5.20975
257 213729 3.45862
258 220694 4.45684
259 221320 4.77237
260 223839 5.74008
261 224401 6.29542
262 224961 6.07547
263 225538 5.31366
264 226237 4.96982
265 226995 4.44926
266 227578 4.47942
267 228206 4.27658
268 228841 4.24558
269 229518 3.9603
270 230222 3.3301
271 230860 3.18082
272 231503 3.00881
273 232037 2.94172
274 232639 2.72193
275 233181 2.40784
276 233830 2.52021
277 234353 2.63409
278 234998 2.90572
279 235630 3.12099
280 236170 3.0703
281 236748 3.24624
282 237336 3.73221
283 237954 4.0751
284 238511 4.87229
285 239134 5.0686
286 239735 6.46924
287 240393 7.53352
288 241067 7.95995
289 241706 5.41677
290 242326 4.14772
291 242952 3.86834
292 243604 3.33989
293 244305 2.95432
294 244863 2.97347
295 245553 3.18795
296 246465 1.96881
297 246867 1.16531
298 247404 0.883094
299 248028 1.02926
300 248585 1.17532
301 249211 1.47432
302 249765 1.73956
303 250500 2.27662
304 251064 1.89775
305 251758 1.60952
306 252287 1.55914
307 252925 1.43391
308 253623 1.28773
309 254325 1.51692
310 254858 1.77315
311 260516 0.558187
312 261083 0.424324
313 261770 0.516141
314 262442 0.845169
315 263321 1.33613
316 263836 1.41006
317 267998 2.68056
318 268617 2.85422
319 269249 2.96486
320 269968 3.26001
321 270708 3.65724
322 271368 4.27093
323 271985 4.83828
324 272624 5.4834
325 273253 5.94375
326 273850 5.58841
327 274370 5.60532
328 274946 4.68481
329 275565 3.39294
330 276106 1.42433
331 276745 0.14019
332 277330 0.983548
333 277933 1.19207
334 278644 1.00408
335 279222 1.33033
336 279883 1.81254
337 280522 2.18602
338 281202 2.64059
339 281905 2.58035
340 282523 1.81293
341 283198 1.31811
342 283819 1.88899
343 284588 2.29474
344 285137 1.93007
345 285779 1.40169
346 286419 1.44213
347 287099 1.44509
348 287695 1.50468
349 288356 1.65228
350 288895 1.84565
351 289598 2.0245
352 290216 2.13871
353 290944 1.4197
354 291513 1.38283
355 292225 1.83001
356 292816 2.22607
357 293574 1.91082
358 294118 1.83166
359 294754 1.80061
360 295452 1.73899
361 296096 2.35945
362 296793 3.01205
363 297474 3.84761
364 298114 4.58921
365 298900 5.50551
366 299610 5.35153
367 300295 3.52525
368 300910 1.85408
369 301567 1.90419
370 302230 2.47422
371 302969 3.30325
372 303527 3.75115
373 303948 4.02524
374 304590 4.49468
375 304991 4.77827
376 305585 4.21427
377 306234 3.58257
378 306649 3.13471
379 307231 2.74803
380 307884 2.27312
381 308511 2.38563
382 309264 1.8537
383 309863 1.84199
384 310465 1.90015
385 311227 1.96474
386 312017 2.02791
387 ==========================================================
388 Average of all statistical data:
389 Median: 3.18082
390 Average: 3.37233
391 Standard Deviation: 1.81028
392 75 Quantil: 4.44926

View File

@@ -0,0 +1,386 @@
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60.1654 20.3688 2.3
59.7266 20.0372 2.4
60.5129 19.9456 2.2
61.2438 19.9443 2
60.1843 20.115 2.4
59.3821 19.9504 2.6
59.3631 19.916 2.7
59.3893 19.9968 2.6
58.957 19.9826 2.7
58.5065 19.7842 2.9
58.2038 19.4828 3.1
58.0503 19.1977 3.2
57.6416 18.8281 3.5
57.3375 18.4343 3.8
57.2572 18.2356 3.9
57.2417 18.0313 4
57.2106 17.738 4.1
57.3643 17.5175 4.2
57.4607 17.3399 4.3
57.6506 17.3193 4.4
57.8246 17.2262 4.5
57.9068 16.9798 4.6
58.0775 16.7712 4.8
58.4079 16.317 5.1
58.7154 16.1009 5.3
59.058 15.9456 5.5
59.2262 15.9556 5.5
59.6487 15.8547 5.7
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68.2025 14.837 5.9
67.5809 14.7924 5.9
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67.0927 15.1141 5.9
67.149 15.3724 5.9
67.2235 15.627 5.9
67.3749 15.8283 5.9
67.2881 16.1818 5.9
67.3289 16.5441 5.9
66.9019 16.6821 5.9
66.607 16.9178 5.9
66.5545 16.9793 5.9
66.4928 17.0099 5.9
66.7689 16.8403 5.9
67.0612 16.9986 5.9
67.31 16.1543 5.9
67.3639 14.9526 5.9
66.9558 14.213 5.9
66.9837 12.9127 5.9
67.1531 12.0323 5.9
67.2216 11.2893 5.9
67.2732 10.9188 5.9
67.3787 10.667 5.9
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67.1281 7.9718 5.9
66.9531 7.2223 5.9
66.6456 6.79488 5.9
66.8474 7.3007 5.9
67.1276 6.88983 5.9
67.3042 6.44539 5.9
67.0521 5.75861 5.9
66.8688 5.52867 5.9
66.6299 4.99803 5.9
66.786 4.50627 5.9
67.1103 5.21175 5.9
67.2858 5.97657 5.9
67.4014 7.55376 5.9
67.4008 8.87914 5.9
67.4398 10.3076 5.9
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67.281 11.1783 5.9
67.5126 11.0847 5.9
67.5873 10.9352 5.9
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67.9027 10.8329 5.9
67.814 10.6912 5.9
67.6941 10.6646 5.9
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67.4657 10.8401 5.9
67.4002 11.2918 5.9
67.3822 11.6512 5.9
67.2068 12.4411 5.9
67.4351 14.6072 5.9
67.406 15.6802 5.9
67.3648 16.3241 5.9
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66.6848 18.7564 5.9
66.5315 19.0185 5.9
66.5446 19.3506 5.9
66.6519 19.5379 5.9
66.8881 19.6391 5.9
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66.2988 23.9165 5.9
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65.4662 26.0318 5.9
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64.0606 29.3216 5.9
63.7954 29.4426 5.9
63.7142 29.3994 5.9
63.2018 31.4239 5.9
62.5424 33.6594 5.9
62.4109 34.4725 5.9
62.3347 35.2121 5.9
62.3317 35.807 5.9
62.4496 36.1 5.9
62.7258 36.2135 5.9
63.0296 36.2441 5.9
63.1794 36.2153 5.9
62.7567 36.2405 5.9
62.6176 36.0756 5.9
60.7278 36.7864 5.9
57.9903 37.9256 5.9
54.8359 38.4263 5.9
54.2353 38.5079 5.9
53.4289 38.632 5.9
52.6491 38.7448 5.9
51.728 39.1875 5.9
50.9874 39.5586 5.9
50.4874 39.8275 5.9
50.2239 41.0923 5.9
50.0536 42.0401 5.9
50.1954 43.653 5.9
50.1072 44.5382 5.9
49.6166 44.9821 5.9
49.4854 45.2822 5.9
49.2737 45.4285 5.9
49.1629 45.5658 5.9
49.0514 45.6249 5.9
49.0846 45.6636 5.9
49.2074 45.7177 5.9
49.3093 45.6999 5.9
49.2407 45.7462 5.9
48.5716 45.8134 5.9
46.3963 45.9575 5.9
44.9085 45.83 5.9
43.2005 45.6608 5.9
42.357 45.7536 5.9
41.4005 46.0398 5.9
40.8987 45.8721 5.9
40.4937 45.3397 5.9
40.0764 44.9769 5.9
39.7886 44.8631 5.9
40.0306 44.0906 5.9
40.0961 43.1966 5.9
40.0059 42.9281 5.9
40.3683 42.366 5.9
40.5434 42.0224 5.9
40.5927 41.3632 5.9
40.5287 40.3026 5.9
40.5151 39.3681 5.9
40.4054 39.2057 5.9
40.298 39.243 5.9
40.2859 39.3263 5.9
39.9061 39.6929 5.9
39.6913 40.0672 5.9
39.1585 40.7551 5.9
38.9952 41.1328 5.9
38.8208 41.5103 5.9
38.4417 41.0904 5.8
38.2319 41.1578 5.7
37.4114 41.8481 5.2
37.2006 42.2884 4.9
37.1527 42.4496 4.8
37.1201 42.781 4.6
37.0803 42.8106 4.6
37.0966 42.8885 4.5
37.1193 42.8951 4.5
37.0462 42.9111 4.7
37.0131 42.5782 4.9
36.9313 42.9025 4.9
37.5072 45.6002 4.9
37.6797 46.708 5
37.7427 46.808 5.1
38.079 47.1109 5.2
38.3892 47.2667 5.3
38.012 47.4141 5.2
37.3154 47.311 4.9
37.117 47.0286 4.7
36.4848 46.8558 4.5
36.0575 47.031 4.3
35.7449 46.8081 4
35.4953 46.6328 4
35.1314 46.216 4
35.3539 45.1896 4
35.415 44.0067 4.2
34.8904 43.207 4.2
34.2898 42.9024 4.1
33.3569 42.7359 4
32.3009 42.925 3.9
31.5082 43.1441 3.9
30.9195 43.2382 3.9
30.3554 43.3105 3.9
29.7293 43.4211 3.9
28.9959 43.3844 3.9
28.4752 43.3132 3.9
28.207 43.4027 3.9
27.7743 43.415 3.9
27.8013 43.7085 3.9
27.1386 43.9005 3.9
27.5258 44.7471 3.9
27.6947 45.4828 3.9
28.0287 45.8345 3.9
25.393 45.5538 3.9
24.029 45.4814 3.9
23.5829 45.6302 3.9
22.6453 45.6271 3.9
21.5464 45.7839 3.9
20.9834 45.6325 3.9
20.4691 45.6516 3.9
18.2346 45.7591 3.9
16.7915 45.7409 3.9
15.5826 45.8829 3.9
14.9329 45.9395 3.9
14.3146 45.9717 3.9
13.8882 45.908 3.9
13.5508 45.8777 3.9
13.0146 45.6263 3.9
12.6799 45.4501 3.9
12.6718 45.1173 3.9
12.4714 44.5754 3.9
12.2556 44.0391 3.9
12.0216 43.5166 3.9
12.1952 43.0648 3.9
12.3662 42.6663 3.9
12.2853 42.9501 3.9
12.1474 43.217 3.9
12.0447 43.3726 3.9
11.9041 43.6247 3.9
11.8061 43.8167 3.9
11.8615 43.7308 3.9
12.2055 43.6962 3.9
12.4865 43.775 3.9
12.7059 43.746 3.9
12.9525 43.8838 3.9
13.2143 44.0318 3.9
13.3311 44.1158 3.9
13.4112 44.1463 3.9
13.4948 44.2113 3.9
13.386 44.1019 3.9
13.0477 43.2212 3.9
13.0086 42.7599 3.9
13.0501 41.2777 3.9
12.3902 39.4837 3.9
11.794 37.0612 3.9
11.3231 35.1037 3.9
11.1496 33.5679 3.9
10.9514 32.8202 3.9
10.5827 32.3798 3.9
10.0803 32.0129 3.9
9.76476 31.8586 3.9
9.38231 31.8813 3.9
8.9438 31.8746 3.9
8.12399 31.9185 3.9
7.85315 32.0956 3.9
7.55062 32.4131 3.9
7.34641 32.9413 3.9
7.28741 32.877 3.9
7.39901 32.5363 3.9
7.9067 31.839 3.9
9.00418 31.4286 3.9
9.7845 31.1702 3.9
10.4002 31.0846 3.9
10.7104 31.2884 3.9
10.9269 31.4112 3.9
11.2339 31.3783 3.9
11.2287 31.2915 3.9
11.2155 31.1154 3.9
11.1674 31.0809 3.9
11.1323 31.126 3.9
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43 1.03342
44 0.566717
45 0.369552
46 0.343476
47 0.529269
48 0.782133
49 0.6785
50 0.235192
51 0.784771
52 0.455166
53 9.9765
54 0.946013
55 1.0754
56 0.499518
57 0.614235
58 0.456418
59 0.362809
60 0.619638
61 0.911013
62 0.804793
63 0.353476
64 0.347452
65 0.548574
66 0.73867
67 0.659939
68 1.15072
69 0.432056
70 10.4731
71 9.88496
72 8.66971
73 9.38957
74 8.63318
75 0.808576
76 0.57405
77 1.02543
78 9.45916
79 10.4146
80 11.7184
81 13.4513
82 11.6114
83 9.82192
84 10.5893
85 1.59072
86 1.46052
87 1.41658
88 2.74026
89 0.948384
90 2.70132
91 2.39944
92 2.10801
93 1.72052
94 1.22646
95 2.09197
96 1.08164
97 0.987668
98 1.62745
99 4.30922
100 0.348066
101 0.535686
102 3.63851
103 0.844246
104 1.29248
105 2.905
106 0.714802
107 1.46413
108 1.08413
109 0.6074
110 0.539971
111 3.55177
112 1.20214
113 0.178696
114 0.559726
115 2.23941
116 0.721052
117 1.22955
118 0.431312
119 0.449234
120 0.762644
121 1.02472
122 3.16637
123 2.79047
124 4.39959
125 1.13543
126 1.94509
127 1.80582
128 4.40001
129 5.3542
130 5.93019
131 5.94941
132 1.7438
133 1.45105
134 0.951385
135 2.65667
136 2.46069
137 1.39006
138 2.89081
139 3.16371
140 5.49198
141 4.80496
142 2.31915
143 1.87068
144 11.5674
145 9.20287
146 5.21919
147 4.14241
148 3.96802
149 5.14315
150 1.94785
151 3.21569
152 3.10741
153 2.72719
154 3.57697
155 2.10498
156 2.65353
157 2.08635
158 19.2479
159 16.2262
160 13.6266
161 12.6671
162 11.8583
163 11.7191
164 11.115
165 0.722672
166 10.1735
167 9.39574
168 0.378835
169 8.95146
170 9.45152
171 1.02045
172 0.821988
173 0.793229
174 0.71375
175 1.42906
176 0.314609
177 0.354821
178 0.442273
179 5.74042
180 5.26903
181 6.25593
182 5.69902
183 7.06927
184 6.82334
185 7.59253
186 2.29832
187 2.51974
188 3.95953
189 1.44722
190 3.05548
191 1.26331
192 1.33507
193 1.36412
194 3.67633
195 3.00612
196 1.49565
197 1.94929
198 3.68127
199 3.5021
200 3.9223
201 4.97409
202 3.67087
203 0.795886
204 0.721253
205 1.02432
206 1.07864
207 1.67231
208 2.18877
209 1.61779
210 3.98709
211 3.08554
212 3.00285
213 2.91898
214 1.98896
215 2.60403
216 5.35355
217 2.78152
218 4.33055
219 4.45385
220 4.90993
221 3.84414
222 4.69191
223 4.34297
224 4.80911
225 4.89517
226 3.14609
227 3.38278
228 4.65188
229 1.58585
230 1.9419
231 1.27359
232 1.76142
233 1.26847
234 0.738181
235 0.826962
236 1.05069
237 1.65183
238 3.16512
239 3.15061
240 3.70038
241 1.64194
242 1.74689
243 0.78019
244 0.789883
245 0.326002
246 1.19169
247 0.676993
248 1.80053
249 0.96639
250 1.09706
251 1.52984
252 2.02973
253 0.745047
254 2.78833
255 3.28953
256 0.965744
257 0.989919
258 1.00623
259 1.31936
260 1.16704
261 1.4461
262 1.11283
263 1.25798
264 1.47591
265 1.19954
266 0.95618
267 1.5036
268 1.86226
269 1.82215
270 1.75738
271 1.27515
272 2.31258
273 0.60795
274 0.377009
275 0.381589
276 0.165465
277 1.05728
278 1.28323
279 1.0347
280 1.85635
281 1.05554
282 4.5995
283 5.62714
284 3.76525
285 4.88076
286 4.6149
287 3.31377
288 3.16611
289 2.09948
290 1.54193
291 1.77975
292 1.84006
293 1.91638
294 1.21429
295 0.393537
296 0.995583
297 1.06526
298 1.88906
299 2.47388
300 2.64276
301 3.82558
302 3.21295
303 3.52242
304 0.843546
305 0.601535
306 0.391719
307 1.27751
308 0.706189
309 0.634887
310 1.36661
311 0.987771
312 2.39567
313 0.352925
314 0.488926
315 2.70833
316 1.20587
317 0.616957
318 2.1711
319 6.87905
320 6.05344
321 8.39922
322 8.25076
323 8.03084
324 8.4918
325 8.96353
326 9.02634
327 1.40693
328 2.37415
329 3.40815
330 2.79137
331 2.5205
332 1.15865
333 1.47339
334 1.74809
335 2.63664
336 0.309279
337 1.46779
338 2.019
339 0.474389
340 2.61696
341 2.60538
342 2.52929
343 1.13013
344 6.64187
345 7.67174
346 5.53069

View File

@@ -0,0 +1,369 @@
1.82601e-07
19.0152 //ignoring, since this is at the start and we have a uniformal apriori
1.08697
0.826885
1.52767
5.51301
6.16372
7.83987
2.3847
3.64233
4.18353
2.22118
3.51655
3.47266
4.91746
4.39668
11.6044
4.59689
1.09196
2.13869
4.68188
3.69582
3.92093
2.96581
3.33971
3.79452
5.08094
4.22572
3.42407
2.32395
1.84053
3.18077
0.994648
1.5823
0.69208
4.05446
1.72875
3.40068
4.74194
3.92009
3.74152
2.3799
1.04048
0.394101
2.58785
3.27946
3.66226
0.791286
3.13148
3.50486
2.33711
1.07515
0.401021
0.940327
2.40313
6.07187
4.07238
5.43062
6.22169
0.629007
7.4813
6.90284
7.92044
5.98698
5.99492
4.15208
3.49511
3.74395
1.76749
3.70597
2.16305
3.16889
2.88837
0.781144
1.81259
1.66742
4.11273
4.48033
4.78505
4.76734
0.0889085
0.454082
0.19378
0.304057
0.209861
0.341934
0.100512
0.461653
0.561476
0.200157
2.1194
0.562012
2.08194
1.42821
1.82238
2.25292
1.27063
0.914829
3.22714
3.88725
1.90544
4.13254
1.63303
0.846373
1.57194
3.53125
0.813703
2.52402
1.04521
2.97698
3.59358
3.82164
2.88698
2.39697
2.16464
2.20219
1.42386
0.226892
1.03765
2.62223
4.62995
0.904111
0.834088
1.14218
1.40159
0.822567
0.933673
0.0604108
1.58268
1.97644
1.28097
1.95268
2.75768
3.22913
2.41074
2.4304
2.37131
0.31879
1.41585
0.832249
2.92022
2.745
1.67361
1.07993
1.69897
2.29614
2.6867
1.94474
2.44305
3.69805
2.24566
2.48212
2.05655
1.1048
2.74036
1.92892
1.51408
1.09445
0.982885
0.617759
2.89783
2.20071
2.37763
0.140607
1.93755
2.71863
1.7265
2.62364
2.469
2.53277
2.02097
5.92603
1.03452
0.72445
3.26978
2.16294
3.76293
3.55316
3.26994
2.78871
3.07049
2.62551
2.9203
1.22425
2.00283
1.64691
1.19245
1.00549
0.777423
0.536492
0.156838
0.984232
0.791655
0.250046
0.985569
0.572557
1.83123
0.922981
0.337596
0.622945
1.3404
3.10989
2.49197
2.10554
0.290929
2.29228
2.47081
1.38589
2.38961
2.38432
1.09607
0.749452
0.614382
4.16285
4.95206
0.639451
1.68922
0.644013
2.22044
1.47207
0.414494
0.578721
1.9984
0.639066
7.11493
5.67659
5.49748
5.37884
1.55729
0.850091
1.13764
1.32835
2.69196
5.70526
5.83195
5.5606
6.49758
5.74738
5.5201
5.48617
4.16315
2.84061
0.916203
1.48394
3.08875
1.54412
0.75578
0.607576
0.287051
0.730486
0.530102
0.750293
1.48812
1.20501
0.809046
0.743785
3.29255
2.46543
2.27236
2.38194
2.17307
1.60469
0.545387
0.781305
0.520123
0.349319
1.27223
0.0185229
2.01793
1.39625
0.58897
0.764092
0.598471
2.1681
1.9295
1.51571
1.74196
2.43599
1.21431
2.98078
1.23229
1.57808
1.90309
1.365
0.779948
2.6856
1.42747
0.270431
2.13889
1.62769
0.719854
1.39268
1.54215
0.829313
0.0281057
1.63504
1.3314
1.91091
0.841914
1.15337
1.09602
0.766968
0.977623
2.19634
6.74175
1.62684
1.06827
3.03705
2.50637
1.15875
2.62203
5.26134
3.88014
3.22852
1.5502
1.19221
1.06078
1.77681
0.551977
0.164431
0.0648866
1.81009
3.17041
0.0393285
0.837597
2.02422
0.0513751
2.14283
0.138393
8.40005
8.3662
5.96594
4.31489
5.50724
2.83485
4.21201
1.37662
0.329763
0.494459
1.7515
8.03592
5.92561
5.02064
4.27237
3.41208
3.38115
2.99832
3.31955
2.75733
2.12782
1.91157
0.290451
0.255636
1.51557
1.47829
2.12031
2.09166
1.24055
1.7923
1.04011
1.33244
1.01705
0.879654
1.13949
1.23183
3.17408
1.61283
0.409391
1.2868
1 1.82601e-07
2 19.0152 //ignoring, since this is at the start and we have a uniformal apriori
3 1.08697
4 0.826885
5 1.52767
6 5.51301
7 6.16372
8 7.83987
9 2.3847
10 3.64233
11 4.18353
12 2.22118
13 3.51655
14 3.47266
15 4.91746
16 4.39668
17 11.6044
18 4.59689
19 1.09196
20 2.13869
21 4.68188
22 3.69582
23 3.92093
24 2.96581
25 3.33971
26 3.79452
27 5.08094
28 4.22572
29 3.42407
30 2.32395
31 1.84053
32 3.18077
33 0.994648
34 1.5823
35 0.69208
36 4.05446
37 1.72875
38 3.40068
39 4.74194
40 3.92009
41 3.74152
42 2.3799
43 1.04048
44 0.394101
45 2.58785
46 3.27946
47 3.66226
48 0.791286
49 3.13148
50 3.50486
51 2.33711
52 1.07515
53 0.401021
54 0.940327
55 2.40313
56 6.07187
57 4.07238
58 5.43062
59 6.22169
60 0.629007
61 7.4813
62 6.90284
63 7.92044
64 5.98698
65 5.99492
66 4.15208
67 3.49511
68 3.74395
69 1.76749
70 3.70597
71 2.16305
72 3.16889
73 2.88837
74 0.781144
75 1.81259
76 1.66742
77 4.11273
78 4.48033
79 4.78505
80 4.76734
81 0.0889085
82 0.454082
83 0.19378
84 0.304057
85 0.209861
86 0.341934
87 0.100512
88 0.461653
89 0.561476
90 0.200157
91 2.1194
92 0.562012
93 2.08194
94 1.42821
95 1.82238
96 2.25292
97 1.27063
98 0.914829
99 3.22714
100 3.88725
101 1.90544
102 4.13254
103 1.63303
104 0.846373
105 1.57194
106 3.53125
107 0.813703
108 2.52402
109 1.04521
110 2.97698
111 3.59358
112 3.82164
113 2.88698
114 2.39697
115 2.16464
116 2.20219
117 1.42386
118 0.226892
119 1.03765
120 2.62223
121 4.62995
122 0.904111
123 0.834088
124 1.14218
125 1.40159
126 0.822567
127 0.933673
128 0.0604108
129 1.58268
130 1.97644
131 1.28097
132 1.95268
133 2.75768
134 3.22913
135 2.41074
136 2.4304
137 2.37131
138 0.31879
139 1.41585
140 0.832249
141 2.92022
142 2.745
143 1.67361
144 1.07993
145 1.69897
146 2.29614
147 2.6867
148 1.94474
149 2.44305
150 3.69805
151 2.24566
152 2.48212
153 2.05655
154 1.1048
155 2.74036
156 1.92892
157 1.51408
158 1.09445
159 0.982885
160 0.617759
161 2.89783
162 2.20071
163 2.37763
164 0.140607
165 1.93755
166 2.71863
167 1.7265
168 2.62364
169 2.469
170 2.53277
171 2.02097
172 5.92603
173 1.03452
174 0.72445
175 3.26978
176 2.16294
177 3.76293
178 3.55316
179 3.26994
180 2.78871
181 3.07049
182 2.62551
183 2.9203
184 1.22425
185 2.00283
186 1.64691
187 1.19245
188 1.00549
189 0.777423
190 0.536492
191 0.156838
192 0.984232
193 0.791655
194 0.250046
195 0.985569
196 0.572557
197 1.83123
198 0.922981
199 0.337596
200 0.622945
201 1.3404
202 3.10989
203 2.49197
204 2.10554
205 0.290929
206 2.29228
207 2.47081
208 1.38589
209 2.38961
210 2.38432
211 1.09607
212 0.749452
213 0.614382
214 4.16285
215 4.95206
216 0.639451
217 1.68922
218 0.644013
219 2.22044
220 1.47207
221 0.414494
222 0.578721
223 1.9984
224 0.639066
225 7.11493
226 5.67659
227 5.49748
228 5.37884
229 1.55729
230 0.850091
231 1.13764
232 1.32835
233 2.69196
234 5.70526
235 5.83195
236 5.5606
237 6.49758
238 5.74738
239 5.5201
240 5.48617
241 4.16315
242 2.84061
243 0.916203
244 1.48394
245 3.08875
246 1.54412
247 0.75578
248 0.607576
249 0.287051
250 0.730486
251 0.530102
252 0.750293
253 1.48812
254 1.20501
255 0.809046
256 0.743785
257 3.29255
258 2.46543
259 2.27236
260 2.38194
261 2.17307
262 1.60469
263 0.545387
264 0.781305
265 0.520123
266 0.349319
267 1.27223
268 0.0185229
269 2.01793
270 1.39625
271 0.58897
272 0.764092
273 0.598471
274 2.1681
275 1.9295
276 1.51571
277 1.74196
278 2.43599
279 1.21431
280 2.98078
281 1.23229
282 1.57808
283 1.90309
284 1.365
285 0.779948
286 2.6856
287 1.42747
288 0.270431
289 2.13889
290 1.62769
291 0.719854
292 1.39268
293 1.54215
294 0.829313
295 0.0281057
296 1.63504
297 1.3314
298 1.91091
299 0.841914
300 1.15337
301 1.09602
302 0.766968
303 0.977623
304 2.19634
305 6.74175
306 1.62684
307 1.06827
308 3.03705
309 2.50637
310 1.15875
311 2.62203
312 5.26134
313 3.88014
314 3.22852
315 1.5502
316 1.19221
317 1.06078
318 1.77681
319 0.551977
320 0.164431
321 0.0648866
322 1.81009
323 3.17041
324 0.0393285
325 0.837597
326 2.02422
327 0.0513751
328 2.14283
329 0.138393
330 8.40005
331 8.3662
332 5.96594
333 4.31489
334 5.50724
335 2.83485
336 4.21201
337 1.37662
338 0.329763
339 0.494459
340 1.7515
341 8.03592
342 5.92561
343 5.02064
344 4.27237
345 3.41208
346 3.38115
347 2.99832
348 3.31955
349 2.75733
350 2.12782
351 1.91157
352 0.290451
353 0.255636
354 1.51557
355 1.47829
356 2.12031
357 2.09166
358 1.24055
359 1.7923
360 1.04011
361 1.33244
362 1.01705
363 0.879654
364 1.13949
365 1.23183
366 3.17408
367 1.61283
368 0.409391
369 1.2868